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package org.jetbrains.dokka
import com.sampullara.cli.*
import com.intellij.openapi.util.*
import org.jetbrains.jet.cli.common.messages.*
import org.jetbrains.jet.cli.common.arguments.*
import org.jetbrains.jet.utils.PathUtil
import java.io.File
import org.jetbrains.jet.lang.descriptors.DeclarationDescriptor
import org.jetbrains.jet.lang.resolve.name.FqName
class DokkaArguments {
Argument(value = "src", description = "Source file or directory (allows many paths separated by the system path separator)")
ValueDescription("<path>")
public var src: String = ""
Argument(value = "include", description = "Markdown files to load (allows many paths separated by the system path separator)")
ValueDescription("<path>")
public var include: String = ""
Argument(value = "samples", description = "Source root for samples")
ValueDescription("<path>")
public var samples: String = ""
Argument(value = "output", description = "Output directory path")
ValueDescription("<path>")
public var outputDir: String = "out/doc/"
Argument(value = "format", description = "Output format (text, html, markdown, jekyll, kotlin-website)")
ValueDescription("<name>")
public var outputFormat: String = "html"
Argument(value = "module", description = "Name of the documentation module")
ValueDescription("<name>")
public var moduleName: String = ""
Argument(value = "classpath", description = "Classpath for symbol resolution")
ValueDescription("<path>")
public var classpath: String = ""
}
public fun main(args: Array<String>) {
val arguments = DokkaArguments()
val freeArgs: List<String> = Args.parse(arguments, args) ?: listOf()
val sources = if (arguments.src.isNotEmpty()) arguments.src.split(File.pathSeparatorChar).toList() + freeArgs else freeArgs
val samples = if (arguments.samples.isNotEmpty()) arguments.samples.split(File.pathSeparatorChar).toList() else listOf()
val includes = if (arguments.include.isNotEmpty()) arguments.include.split(File.pathSeparatorChar).toList() else listOf()
val environment = AnalysisEnvironment(MessageCollectorPlainTextToStream.PLAIN_TEXT_TO_SYSTEM_ERR) {
addClasspath(PathUtil.getJdkClassesRoots())
// addClasspath(PathUtil.getKotlinPathsForCompiler().getRuntimePath())
for (element in arguments.classpath.split(File.pathSeparatorChar)) {
addClasspath(File(element))
}
addSources(sources)
addSources(samples)
}
println("Module: ${arguments.moduleName}")
println("Output: ${arguments.outputDir}")
println("Sources: ${environment.sources.join()}")
println("Classpath: ${environment.classpath.joinToString()}")
println()
println("Analysing sources and libraries... ")
val startAnalyse = System.currentTimeMillis()
val documentation = environment.withContext { environment, session ->
val fragmentFiles = environment.getSourceFiles().filter {
val sourceFile = File(it.getVirtualFile()!!.getPath())
samples.none { sample ->
val canonicalSample = File(sample).canonicalPath
val canonicalSource = sourceFile.canonicalPath
canonicalSource.startsWith(canonicalSample)
}
}
val fragments = fragmentFiles.map { session.getPackageFragment(it.getPackageFqName()) }.filterNotNull().distinct()
val options = DocumentationOptions()
val documentationBuilder = DocumentationBuilder(session, options)
with(documentationBuilder) {
val moduleContent = Content()
for (include in includes) {
val file = File(include)
if (file.exists()) {
val text = file.readText()
val tree = parseMarkdown(text)
val content = buildContent(tree, session.getPackageFragment(FqName.ROOT))
moduleContent.children.addAll(content.children)
} else {
println("WARN: Include file $file was not found.")
}
}
val documentationModule = DocumentationModule(arguments.moduleName, moduleContent)
val descriptors = hashMapOf<String, List<DeclarationDescriptor>>()
for ((name, parts) in fragments.groupBy { it.fqName }) {
descriptors.put(name.asString(), parts.flatMap { it.getMemberScope().getAllDescriptors() })
}
for ((packageName, declarations) in descriptors) {
println(" package $packageName: ${declarations.count()} nodes")
val packageNode = DocumentationNode(packageName, Content.Empty, DocumentationNode.Kind.Package)
packageNode.appendChildren(declarations, DocumentationReference.Kind.Member)
documentationModule.append(packageNode, DocumentationReference.Kind.Member)
}
documentationBuilder.resolveReferences(documentationModule)
documentationModule
}
}
val timeAnalyse = System.currentTimeMillis() - startAnalyse
println("done in ${timeAnalyse / 1000} secs")
val startBuild = System.currentTimeMillis()
val signatureGenerator = KotlinLanguageService()
val locationService = FoldersLocationService(arguments.outputDir)
val templateService = HtmlTemplateService.default("/dokka/styles/style.css")
val formatter = when (arguments.outputFormat) {
"text" -> TextFormatService(signatureGenerator)
"html" -> HtmlFormatService(locationService, signatureGenerator, templateService)
"markdown" -> MarkdownFormatService(locationService, signatureGenerator)
"jekyll" -> JekyllFormatService(locationService, signatureGenerator)
"kotlin-website" -> KotlinWebsiteFormatService(locationService, signatureGenerator)
else -> {
print("Unrecognized output format ${arguments.outputFormat}")
return
}
}
val generator = FileGenerator(signatureGenerator, locationService, formatter)
print("Generating pages... ")
generator.buildPage(documentation)
generator.buildOutline(documentation)
val timeBuild = System.currentTimeMillis() - startBuild
println("done in ${timeBuild / 1000} secs")
println()
println("Done.")
Disposer.dispose(environment)
}
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